Half the distance from the wall to the centre of the luminaire, as the distance there is between luminaires. e.g if the distance between luminaires horizontally is 3m then the distance to the centre of the luminaire from the wall is 1.5m. If the distance between the luminaires vertically is 5m then the distance to the centre of the luminaire from the wall is 2.5m
Submergence can be calculated using the formula: Submergence = (Height of the submerged object) / (Total height of the object). To determine the submergence ratio, divide the submerged height by the total height of the object. This ratio indicates how much of the object is submerged relative to its total height. For precise calculations, ensure to consider the density of the fluid and the object's buoyancy.
Spacing Height Ratio is defined as the ratio of the distance between adjacent luminaires (centre to centre), to their height above the working plane. If you know SHR and the height, the distance apart D is pretty straight forward. You then need to check absolute limits such as SHR (Transverse), SHR (axial) and SHR Max. You can also use the following as a quick means check: SHR(Nominal) = (1/Hm) x (Square root(Area/N)) Where Hm is mounting height, N is number of luminaires. Regards
To calculate the glide ratio, you divide the length it was thrown, e.g. 150cm, by the height it was thrown, e.g. 50cm. So 150/50=30cm so, it would be 30:1.
To find the ratio of diameter to height, simply divide the diameter of the object by its height. The formula is expressed as: ratio = diameter / height. Ensure both measurements are in the same units for an accurate ratio. This ratio can be used to describe the proportions of cylindrical objects, such as cans or pipes.
No. It can be but need not be. For example, you might calculate the ratio of today's temperature in Celsius and in Fahrenheit and calculate the ratio. That is not a rate.
Dh / bh
The aspect ratio of a duct can be evaluated as the ratio of width to height. As the aspect ratio increases, vibration noise, friction and cost also increases.
Submergence can be calculated using the formula: Submergence = (Height of the submerged object) / (Total height of the object). To determine the submergence ratio, divide the submerged height by the total height of the object. This ratio indicates how much of the object is submerged relative to its total height. For precise calculations, ensure to consider the density of the fluid and the object's buoyancy.
Formula to calculate the ratio
It's not that simple ! It's the ratio of your weight to your height that's used to calculate whether you're anorexic or not.
The ratio of the height of an object to the length of its base.
To calculate lighting efficiency, you can use the formula: Efficiency = Lumens / Watt. Lumens represent the amount of light emitted, and watts measure power consumption. By dividing the lumens by the watts used, you can determine how efficiently a light source converts electricity into visible light. The higher the lumens per watt ratio, the more efficient the lighting.
By using the tangent ratio of: opposite/tangent angle = adjacent which is the base
Spacing Height Ratio is defined as the ratio of the distance between adjacent luminaires (centre to centre), to their height above the working plane. If you know SHR and the height, the distance apart D is pretty straight forward. You then need to check absolute limits such as SHR (Transverse), SHR (axial) and SHR Max. You can also use the following as a quick means check: SHR(Nominal) = (1/Hm) x (Square root(Area/N)) Where Hm is mounting height, N is number of luminaires. Regards
To calculate the glide ratio, you divide the length it was thrown, e.g. 150cm, by the height it was thrown, e.g. 50cm. So 150/50=30cm so, it would be 30:1.
To find the ratio of diameter to height, simply divide the diameter of the object by its height. The formula is expressed as: ratio = diameter / height. Ensure both measurements are in the same units for an accurate ratio. This ratio can be used to describe the proportions of cylindrical objects, such as cans or pipes.
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